The influence of magnetic clusters dimensions and the type of spacer on the magnetic and magnetotransport properties of Co-Au and Co-Cu granular films was studied. The granular films were deposited by a three-target RF sputtering in argon atmosphere. A magnetic field was applied parallel to the film surface, where no preferential magnetization direction was found. A decrease of the in-plane magnetization component and an increase of the perpendicular anisotropy with increasing Co thickness was observed in the Co-Au films.
Investigation of magnetic and magnetotransport properties of Co-based multilayered granular films
SPIZZO, Federico;
2003
Abstract
The influence of magnetic clusters dimensions and the type of spacer on the magnetic and magnetotransport properties of Co-Au and Co-Cu granular films was studied. The granular films were deposited by a three-target RF sputtering in argon atmosphere. A magnetic field was applied parallel to the film surface, where no preferential magnetization direction was found. A decrease of the in-plane magnetization component and an increase of the perpendicular anisotropy with increasing Co thickness was observed in the Co-Au films.File in questo prodotto:
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